GE 1505-3060-000 Filter Element Coalescing MPOS Datex-Ohmeda 1505-3060-000 Filter Element

GE 1505-3060-000 Filter Element Coalescing MPOS Datex-Ohmeda 1505-3060-000 Filter Element

The GE 1505-3060-000 Filter Element Coalescing MPOS is a precision-engineered filtration component designed for Medium Pressure Oxygen Service (MPOS) systems within GE Healthcare's critical care platforms, including the CARESCAPE R860, Engstrom ventilators, and CardioServ systems. Utilizing advanced coalescing technology, this high-efficiency filter element captures and consolidates microscopic aerosols, oil vapors, and particulate matter from the medical gas supply. Crafted with high-temperature resistant materials, it ensures robust performance and reliable gas purification, safeguarding sensitive internal pneumatics against contamination in demanding clinical environments.

Application

This coalescing filter element is extensively deployed across Intensive Care Units (ICUs), Operating Theaters, and Mobile Critical Care settings where continuous, high-reliability respiratory support is paramount. It serves as an essential maintenance spare part for biomedical engineering teams, facilitating the routine replacement of worn filtration media to maintain optimal gas purity. Its robust design supports rigorous hospital usage, ensuring that medium-pressure oxygen lines remain free of contaminants that could compromise valve actuation or sensor accuracy during critical patient care and prolonged mechanical ventilation.

Advantages

The 1505-3060-000 distinguishes itself through its superior coalescing architecture, which efficiently merges microscopic liquid droplets into larger drops for easy drainage, preventing downstream component fouling. Its high-temperature resistant construction guarantees structural integrity and consistent filtration performance even under thermal fluctuations common in medical gas delivery systems. The element features a low-pressure-drop design, ensuring maximum gas flow efficiency without compromising system pressure. Furthermore, its standardized OEM fitment allows for quick, tool-free replacement, minimizing equipment downtime and streamlining preventive maintenance protocols.